The Urmia Water Transfer Canal is a major infrastructure project designed to ensure safe, high-volume water delivery across the region. Executed in two distinct sections (A and B), the project combines precision engineering, durable materials, and advanced construction methods to meet long-term hydraulic needs.
Reliable and high-volume water transfer Enhanced drainage capacity and hydraulic safety Industrial-grade concrete and steel execution Long-term durability across complex terrain
Canal type: Trapezoidal section Canal length: 6.4 kilometers Bottom width: 10 meters Height: 2.5 meters Flow capacity: 42 cubic meters per second Concrete structures: 10 units Steel pedestrian bridges: 5 units Steel pipelines: 4 lines, 500 mm diameter, 115 meters total length This section was built to support direct, high-capacity water flow using reinforced concrete and industrial-grade steel components.
Drainage length after expansion: 4.5 kilometers Bottom width: 12 meters Height: 3.4 meters Flow capacity: 52 cubic meters per second Massive concrete structures: 9 units Lining concrete volume: 21,500 cubic meters Structural concrete volume: 19,300 cubic meters Rebar weight: 1,900 tons Excavation and sludge removal: 659,000 cubic meters Backfilling volume: 161,000 cubic meters Stone placement volume: 188,000 cubic meters This section enhances the region’s hydraulic performance and safety through large-scale excavation, reinforced lining, and structural upgrades.
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